1) Gating
[英][geit] [美][get]
门控
1.
Molecular Mechanisms Underlying Gating Activity of Voltage Dependent Ion Channels;
电压依赖性离子通道门控的分子机制
2.
Great progress has been made in molecular mechanisms of CNG channel gating in the recent years.
环核苷酸门控离子通道(CNG)最广泛地分布于神经细胞。
3.
The gating mechanism of ClC-1 chloride channel was studied in this paper by heteroexpression of rat wild type ClC-1 gene in Xenopus oocytes and by two-electrode voltage clamping technique.
为探讨ClC 1通道的门控机制 ,实验应用爪蟾卵母细胞异源性表达大鼠野生型ClC 1(WTrClC 1)通道基因 ,并使用双电极电压钳法记录通道电流。
2) shutter control
快门控制
1.
The intrinsic resources of s3c2410 are applied rightly to complete the camera state-check,shutter control,asynchronous data communication,receive shoot command and send camera state information.
合理利用芯片的固有资源,相互配合完成了相机状态检查、快门控制、数据异步通信、开关命令的采集,飞行速度、高度的显示和拍摄状态信息的回传以及对回传照片的显示,并编写了相应的控制软件。
3) thresholds controlling on hydrocarbon
门限控烃
4) Voltage-Gated
电压门控
1.
Research Progress on the Action of Praziquantel on Voltage-gated Ca~(2+) Channel in Schistosomes;
吡喹酮对血吸虫电压门控Ca~(2+)通道作用的研究进展
2.
Effects of sevoflurane on voltage-gated ion channels in dorsal root ganglion cells;
七氟醚对大鼠背根神经节电压门控性离子通道的影响
3.
Expression of voltage-gated sodium channel SCN5A/Nav1.5 in human ovarian cancer and its significance
电压门控钠通道SCN5A/Nav1.5在卵巢癌中的表达及意义
5) ECG-gating
心电门控
1.
Valuation of ECG-gating and MSCT in aortic dissection scanning;
MSCT结合心电门控在主动脉夹层扫描中的应用价值
2.
Prospective and retrospective ECG-gating for 64-detector coronary CT angiography
冠状动脉64排螺旋CT成像中前瞻性与回顾性心电门控比较
3.
Methods Normal enhanced chest MDCT with ECG-gating was selected and slab thin slice maximaun intensity projection(STS MIP) reconstruction were performed in different periods on ECG represent systole and diastole respectively.
方法选择正常成人胸部心电门控MDCT增强扫描,分别进行代表心动周期不同时相的心电间期的滑动薄层块最大密度投影(STS M IP)重建,并测量主肺动脉至叶段级分支的直径及长度;采用Dopp ler超声心动图心电门控测量主肺动脉瓣上及左右肺动脉近端内径作为对比。
6) Gatekeeper gene
门控基因
补充资料：门控
门控
影像学术语。影像学检查(如CT、MRI、DSA)中，部分器官具有生理性运动，如心搏、呼吸，当成像时间长于这些器官运动的周期时即导致影像模糊。改良的方式之一即使用心电图和/或呼吸门电路控制采集信息的时相，如在心脏的收缩末期或舒张末期采集，从而获得的影像消除了移动伪影，结构显示清晰，且连续成像的影像处于同一时相，具有可比性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条